JPH0436698Y2 - - Google Patents

Description

[Detailed Description of the Invention] The present invention relates to a flower arranging tool which is an improved version of the tsurugisan so that any flowers such as flowers, flowering trees, and flower buds can be freely arranged as fresh flowers.

When arranging fresh flowers by placing the conventionally used Tsurugi-san Chinko in a water basin, another layer of Tsurugi-san Chinko, etc. is placed on top of the Tsurugi instead of weighing it, so that it comes out on the surface of the water, spoiling the taste of the fresh flowers and making it unsightly. There are many. In addition, when arranging flowers using a kenzan, the stems of fresh flowers are hard and soft. , heavy plants often fall over. Furthermore, even if you want to make fresh flowers, there are some plants whose stems are so soft that they are not suitable for being supported in a tsurugisan, and cannot be used as material for fresh flowers. In addition, we improved the tsurugisan by supporting fresh flowers at two points, the cut end and the stem slightly above it, and improved the tsurugisan and chinko so that they would not protrude to the surface of the water basin and become unsightly. Using materials that are inconspicuous from the water surface,
This was designed to make it difficult to see at first glance when the vase basin is filled with water, and also to keep the area near the roots of the water in order, making it more beautiful to view fresh flowers.

Next, to specifically describe the structure of the combined flower arranging tool of the present invention, the structure of the flower arranging tool is divided into an upper flower board 1 and a lower flower stand 6, and these two parts are combined at a freely rotatable position. . The upper flower board 1 is made of a transparent or inconspicuous material such as glass, transparent plastic, ceramic material, or metal material that may be painted, and is made of a transparent material with a large number of square, round, etc. through holes or meshes 3. A perforated plate or mesh plate 2 is formed into a rectangular or round shape, a side peripheral frame 4 is attached to its periphery, and peripheral legs 5 are planted and provided on the back surface thereof. When the peripheral foot 5 is a needle-shaped foot needle as shown in FIG. A foot needle 5 of about 7 cm may be planted and provided. The number of foot needles 5 is not necessary for the length of the standing needles of Kenzan, and when the stems of fresh flowers are passed through the through holes or the mesh 3 and arranged, the upper flower board 1 and the lower flower stand 6 are arranged so that the fresh flowers can have an elegant appearance. When combined, the number of stems is enough to freely tilt the shape and lean against the foot needle 5, and to make it easy to pierce and fasten. On the other hand, when the short standing needles 7 are planted in the shape of a crest on the bottom plate 8 of the lower flower stand 6, which will be described below, even if the cut legs of fresh flowers are stuck into these, the fixation can be weakened; It is useful for allowing the stem legs to lean freely in a slanted manner so as to create an air of fresh flowers, and is also used for reinforcement when the stem needles 5 themselves are slender and made of weak material and the upper flower board 1 is weakly supported. , which also helps with stability.

On the other hand, as shown in FIG. Attach a side circumference 9 to surround it,
It should be the same shape or slightly larger than the upper flower board 1. The bottom plate 8 is a processed plate that can be used to stab the cut ends of fresh flowers without damaging them. Specifically, a large number of standing needles 7 are planted like a conventional kenzan, but these standing needles 7 are 1/1/2 of the size of a conventional kenzan. 2 or less, preferably at a height of about 3 to 5 mm, and hang it just enough to prevent the cut end of the fresh flower from slipping, and be careful not to damage the cut end by pinning it too deeply and to prevent it from absorbing water. It is something to do. Moreover, if the vertical needle 7 is too short by 3 mm or less, the cut end of the fresh flower will come into contact with the dirt deposited on the bottom of the water, causing accelerated rotting. Particularly in Mt. Tsurugi, dirt tends to form and accumulate.

To combine the upper flower board 1 and the lower flower stand 6, as shown in FIG.
is a large number of recessed holes 1 provided in the side frame 9 of the lower flower stand 6.
6, so that they can be fitted and fixed in any position.

When using a flower arranging device combined in this way in a water basin, consider the appearance of the fresh flowers in advance, combine the upper and lower flower plates 1 and 6, and place the stems of the fresh flowers in the through holes or mesh 3 of the upper flower plate 1. By inserting the stem and then lightly stabbing the cut end of the stem into the standing needle 7 planted on the bottom plate 8 of the lower flower stand 6 and fixing it, the fresh flower can be sufficiently supported in two places. On the other hand, with traditional tsurugisan, the cut part of the fresh flower is strongly stuck into the needle of the tsurugi at just one point to create the appearance of a flower, so the cut part of the stem often splits or gets scratched, which prevents water from absorbing water. Due to deterioration, it is difficult for fresh flowers to last for long periods of time.

The present invention not only improves the above-mentioned drawbacks caused by supporting the conventional kenzan in one place by supporting it in two places that can be fixed at any position to match the taste of fresh flowers, but also The support for fresh flowers is better than with Kenzan, and the fresh flowers are less likely to fall over.
In addition, fresh flowers were able to retain their beauty for a long time.

Next, instead of planting short needles 7 upright on the flat plate of the fixed bottom plate 8 of the lower flower stand 6 to which the cut legs of fresh flowers are fixed, like a sword mountain, Square, round, etc. through-holes or mesh 3 of flower board 1
A flat bottom plate 8 is formed with a large number of through-holes or meshes 7' that are the same size or smaller and are large enough to allow cut ends of fresh flowers to pass through. Furthermore, the through holes or mesh 7' may be formed in irregular sizes, or as shown in FIG. shaped base 8, 8'
By forming the lower flower stand 6 with meshes 7' and 7'', it becomes easier to combine the upper and lower stands to suit the taste of the flowers, and the insertion and fixation of the cut legs of the flowers becomes even better.Next, this bottom plate 8 A lower flower vase stand 6 is formed by attaching a side frame 9 to the periphery of the side frame 9.A short circumferential foot 10 is attached to the back side of this side frame 9.In order to assemble this upper flower board 1 to the lower flower stand 6, The circumferential legs 5 of the upper flower board 1 are arranged so that they overlap or fit together at the rotatable position of the side frame 9 of the lower flower stand 6. In other words, the circumferential legs 5 of the upper flower board 1 are arranged so that they overlap or fit together at the rotatable position of the side frame 9 of the lower flower stand 6. In other words, the circumferential legs 5 of the upper flower board 1 are arranged so that they overlap or fit together at the rotatable position of the side frame 9 of the lower flower stand 6. A concave hole 11 on the back side of the frame 5 and a convex part 12 on the upper surface of the side frame 9 may be provided so that the two are engaged and overlap, or a circumference that is connected to the side frame 9 and its back side as shown in A and R of the same figure. A longitudinal groove 13 is provided on the outer circumferential surface of the short leg 10 so that the circumferential leg 5 can fit into the groove at any position. A partial cross section taken along line X-X' of the fitted portion is shown in FIG.

Furthermore, as shown in FIG. A groove 15 may be provided in the recess 14 and the inner peripheral side of the side frame 9 so that the bottom plate 8 and the side frame 9 can be removably fitted into each other through the recess 14 and the groove 15. As a result, it is possible to select a bottom plate 8 having an appropriate through-hole or mesh 7' depending on the type of fresh flowers and the size of the cut stem of the fresh flowers.

In addition, when the bottom plate 8 with through-holes or mesh 7' is used in the lower flower stand 6, short legs 10 are provided on the back side of the side frame 9 of the bottom plate 8, so that the water basin can be A gap is created between the inner bottom surface and the bottom plate 8 that allows water to flow freely, so that water can flow easily and dirt generated in the water can be removed from the through holes in the bottom plate 8 or in contact with the bottom surface of the basin. The particles are deposited in the mesh 7' to prevent them from accumulating around the cut ends of fresh flowers. In this way, the circumferential short legs 10 prevent the cut end of the fresh flower from being contaminated and attacked by bacteria due to dirt generated from the fresh flower.

As described above, the combination flower arranging device of the present invention configured as shown in FIGS. It is fitted into the rotatable position of the table 6 and assembled. When arranging fresh flowers in the flower arranging device assembled in this way, as mentioned above, the flower arranging device supports the fresh flowers in any position that matches the taste of the fresh flowers, so the fresh flowers can be placed in the through holes or the mesh 3 of the upper flower arranging board 1. The rhizome is pulled out through the cut end, and then the cut end of the fresh flower is lightly inserted into the short standing needle 7 planted on the bottom plate 8 of the lower flower stand 6, and the fresh flower is supported in two places: the through hole or mesh 3 and the standing needle 7. Alternatively, instead of the standing needles 7, the cut ends of the fresh flowers can be inserted into a large number of through-holes or meshes 7', which are large enough to allow the cut ends of the fresh flowers to pass through. are inserted, and the fresh flowers are supported at two locations: through-holes and meshes 3 and 7' provided in the upper flower board 1 and the lower flower stand 6. (As shown in Figure 2 A, B, and C) As described above, the upper and lower flower boards and stands 1 and 6 are assembled in advance in rotatable positions according to the appearance of the fresh flowers, and are used to support the fresh flowers at two locations. As mentioned above, the holding force is stronger than that of a ceiling board with a hole that supports fresh flowers and moves up and down with a tsurugisan, or a ceiling board with a hole that supports fresh flowers on top of the tsurugisan. It allows you to maintain your appearance. Also,
Unlike traditional flower arranging using a kenzan, if long-term training is not required, kenzan does not suffer from defects such as lacerations in the rhizomes at the cut end of the flower arrangement and difficulty in absorbing water from the kenzan.

Next, when the water basin in which the real flower arranging tools were placed was filled with water, the flower arranging tools were submerged in the water and became invisible.
Furthermore, the underwater arranging utensils are made of transparent and invisible plastic, glass, ceramics, and metal materials that can be painted, so they are difficult to see from the water surface, and the roots of the flowers are clearly visible on the water surface. It is something that becomes.

[Brief explanation of the drawing]

Figure 1 A: Foot needles 5 are placed here and there on the back of the upper flower board 1.
(b) A perspective view in which short standing needles 7 are planted in the shape of a crest on the bottom plate 8 of the lower flower stand 6. Second
Figure A Partial perspective view with a part cut away of the upper flower board 1,
(b) Partially cutaway perspective view of the lower flower stand 6 with the bottom stand 8 provided with through-holes or meshes 7' for flower arranging tools; A side cross-sectional view showing a staged layer. FIGS. 3A and 3A are partial longitudinal cross-sectional views in which the concave portion 11 on the back surface of the peripheral foot 5 of the upper flower board 1 and the convex portion 12 on the upper surface of the side frame 9 of the lower flower stand 6 are fitted. FIG. 3A, Low and Low, partial cross-section where the peripheral foot 5 of the upper flower board 1 fits into the vertical groove 13 provided on the outer peripheral surface of the side frame 9 of the lower flower stand 6 and its short peripheral foot 10. A cross-sectional view is shown in A, Low, and a cross-sectional view taken along line X-X' is shown in A, Low. FIG. 3B is a partial longitudinal sectional view showing the foot needles 5 of the upper flower board 1 fitted into the recessed holes 16 provided in the side frame 9 of the lower flower stand 6. Figure 4 A
A protrusion 14 is provided on the periphery of the bottom plate 8, and this is attached to the side frame 9.
FIG. 4B is a partial vertical cross-sectional view showing the bottom plate 8 removably fitted into the recess 15 provided on the inner circumferential surface of the bottom plate 8. figure. 1... Upper flower board, 2... Transparent plate or mesh plate, 3... Through hole or mesh, 4... Side circumference, 5
...Circle foot or standing needle, 6...Lower flower stand, 7...
Short vertical needle, 7', 7''...Small through hole or mesh, 8,8'...Bottom plate, 9...Side frame, 10...
Circumferential short legs, 11... Concave holes on the back side of the circumferential short legs 5, 12... Convex portions on the upper surface of the side circumferential frames 9, 13... Cut grooves provided on the outer circumferential surfaces of the side circumferential frames 9 and the circumferential short legs 10, 14... Convex portion provided on the outer periphery of the bottom plate 8, 15... Groove provided on the inner circumferential surface of the side frame 9, 16... Recessed hole provided in the side frame 9.

Claims (1)

[Scope of Claim for Utility Model Registration] 1. A side frame 4 is attached to the circumferential edge of a perforated plate or mesh plate 2 having square, round, etc. through holes or mesh 3, and a circumferential frame 4 is attached to the back side of the frame 4. 5 is attached to form the upper flower board 1, and on the other hand, a side frame 9 surrounding it is attached to a fixed bottom plate 8 processed to fix the cut legs of the flowers, and a lower flower stand 6 is formed on the side of the side frame 9. The upper flower board 1 is combined with the lower flower stand 6 by providing grooves or holes on the circumferential surface or the upper surface so that the peripheral legs 5 of the upper flower board 1 are fitted and fixed in rotatable positions. Characteristic combination flower arranging tools. 2. The fixed bottom plate 8 for fixing the cut legs of fresh flowers and the side frame 9 surrounding it are formed integrally with a flat plate, and the fixed bottom plate 8 is filled with a large number of short standing needles 7 in the shape of a sword mountain to form a lower flower stand 6 and an upper part. The peripheral feet 5 of the flower board 1 are needle or rod-shaped feet, and are attached to the side frame 9 of the lower flower stand 6.
The combination flower arranging device according to claim (1), which is assembled so as to be rotatably fitted and fixed on top of the flower arranging device. 3. A fixed bottom plate 8 for fixing the cut legs of fresh flowers is provided with a through hole or a mesh 7' for fixing the cut legs of the flowers to form a flat fixed bottom plate 8, and a side frame 9 is fixed to the periphery of the fixed bottom plate 8. A combination flower arranging device according to registered claim (1), which is combined to form a lower flower stand 6. 4. The fixing bottom plate 8 provided with through holes or meshes 7' for fixing the cut legs of the flowers is a flat plate-like fixing device with two upper and lower layers in which the through holes or meshes 7' and 7'' are different in size. The combination flower arranging device according to claim (1), which is a lower flower stand 6 with bottom plates 8 and 8'.5. 6, the recessed hole 11 is provided on the back surface of the circumferential foot 5, and the convex portion 12 is provided on the upper surface of the side circumferential frame 9, respectively, and the convex portions 12 are fitted in a rotatable position. The combination flower arranging tool described in 1). 6 Short legs 10 on the back side of the side frame 9 of the lower flower stand 6.
The combination flower arranging device described in claim (1) with the attached.